Electrical computers and digital processing systems: multicomput – Distributed data processing – Client/server
Reexamination Certificate
2001-04-30
2004-12-28
Courtenay, III, St. John (Department: 2126)
Electrical computers and digital processing systems: multicomput
Distributed data processing
Client/server
C709S219000, C709S230000
Reexamination Certificate
active
06836786
ABSTRACT:
TECHNICAL FIELD
The present invention relates generally to the field of computer-based methods and systems for facilitating terminal server access. More specifically, the present invention relates to the field of computer-based methods and systems for facilitating terminal server access using standard World Wide Web protocols and constructs.
BACKGROUND OF THE INVENTION
The use of remote terminal servers to view data and execute remote applications from connected local nodes has had a significant following, particularly in the business sector and amongst enterprises, for many years. In particular, because terminal server connections allow remote nodes to view the results of applications that are actually executed exclusively on a server, actual processing capability of the local nodes may be minimal. Thus, by limiting primary responsibility for processing to a single machine with extensive computing capability, computing power is maximized for a greater number of users at minimal expense.
Despite the advantages terminal servers afford, the use of such connections is also typically associated with certain downsides. In particular, terminal server connections usually involve access to interfaces and protocols and parameters that are proprietary or specific to a given terminal server package. As a result, extra time and expense is necessarily incurred by an enterprise that uses such connections in parallel with the more popular, standardized and flexible web-based protocols for inter-network and intra-network access.
As result, various attempts have been made to develop products allowing users at clients with standard, web-based browsers to access and make use of terminal server connections. The client functionality incorporated in the Metaframe program developed by Citrix Corporation is an example of such a product.
These software programs allow a web client to establish a terminal server connection using various methods. In one method for allowing web-client access to terminal servers, known in the prior art, a web page designer first creates a group of web pages at a web server. Each such page contains information including all the parameters necessary for a corresponding terminal server connection. A user can then click a URL via the browser to retrieve the page corresponding to a selected terminal server connection. Finally, terminal server client software on the client can then use the information in the retrieved page to create the selected terminal server connection.
The advantage of this method is that a standardized URL can be used to specify a terminal connection in its entirety, thus allowing the user to benefit from the flexibility and convenience associated with the ongoing integration of URL functionality into numerous applications (e.g., point and click convenience in e-mail applications).
Unfortunately, this method is also associated with a disadvantage. In particular, it requires the web page author to code terminal server information into a separate HTML page for each web-accessible terminal server connection.
In another method for allowing web-client access to terminal servers, the web page developer provides a set of web page interfaces, which the user can retrieve and use to specify the terminal server connection, including each connection parameter, locally. Once specified by the user, terminal server client software on the client can then use the information specified to create the selected terminal server connection. The advantage of this method is that the web page author is not required to code terminal server information into a separate HTML page for each existing web-accessible terminal sever connections.
Unfortunately, because a URL is not used to specify the connection, the flexibility and convenience of using a standardized addressing protocol, described above, are missing.
Therefore, what is needed is a way for allowing web-client access to terminal servers, using the flexibility and convenience of URL's, but without requiring extensive web page coding by a web page author.
SUMMARY OF THE INVENTION
The present invention satisfies this need. In particular, the present invention does so by incorporating the parameters necessary to establish a terminal server connection in the URL address of a web page designed to facilitate the connection. For example, a user at a client may specify a URL including certain parameters necessary to establish a corresponding terminal server connection. The standard http request generated by the URL is sent to the web server, which in response generates the complete set of parameters required for the terminal server connection using a script or other program logic. The full set of parameters may include: name of server, screen resolution or aspect ratio, name of application to execute (e.g., Word, SAP), audio (yes
o), login name, password, disk space for temporary storage, etc. The parameters are returned within the structure of a URL address corresponding to a web page having functionality used to facilitate the desired terminal server connection. Thus, the terminal server client software on the client can then use the information and parameters returned to create the selected terminal server connection. Perhaps more importantly, the user can re-establish the connection at a later time by merely specifying the returned URL.
Thus, the user has the option of establishing a terminal services connection by clicking a URL. Further, rather than code a web page with associated parameters for each existing terminal server connection, a web page author or web server administrator need only create a URL for each existing connection.
Further benefits of the present invention are made clear from the detailed description below.
REFERENCES:
patent: 6205476 (2001-03-01), Hayes, Jr.
Farmer,C.,Making the connection:Linking your Lan to your AS/400 makes sense for many reasons, et al., “Infoworld”, 1996, pp 61-71.
Battey,J. “The Web Hotlist”,Infoworld, 1996, p. 41.
Bielefeld, A. et al., “Using the web with legacy databases”Byte, 1997, vol. 22(7), pp 41-45.
English, J. et al., “Expanding library horizons through use of the internet:Growth of the internet, past and future”Computers in Libraries, 1995, vol. 15(8), pp 41-45.
O'Neill, L. “Test Center Comparasion: Thin-client solutions; NCs take one step forward”Infoworld, 1998, pp 48-57.
Young, T. “Test Center Comparasion; Host to browser connectivity; Sharing the legacy, et al., ”Infoworld, 1998, pp 66-79.
Piquet, L. “Web to host solutions; Acheiving terminal bliss”,Infoworld, 2000, pp 37-48.
Udell, J. “The Byte Network Project; Server Management”Byte, 1996, vol. 21(1), pp 107-110.
Abdo Nadim Y
Appiah Madan Mohan R.
Zoller David E.
Courtenay III St. John
Microsoft Corporation
Woodcock & Washburn LLP
LandOfFree
Method and apparatus for terminal server addressability via... does not yet have a rating. At this time, there are no reviews or comments for this patent.
If you have personal experience with Method and apparatus for terminal server addressability via..., we encourage you to share that experience with our LandOfFree.com community. Your opinion is very important and Method and apparatus for terminal server addressability via... will most certainly appreciate the feedback.
Profile ID: LFUS-PAI-O-3336037